BSc Electronics & Communication Engineering

The Backbone of Digital Technology

Since the post-world war years, Electronics and Communications Engineering programs have made a significant foray into interdisciplinary fields of studies combining electronics, communications, computer science and engineering, robotics, aeronautics and astronautics, healthcare engineering, and artificial intelligence.

Electronics and communications engineering programs around the world continue to evolve, driven by technological advancements in recent years, advances in satellite communications and space technologies, mobile computing and computations.

The US Bureau of Labour Statistics group communications engineering and electronics engineering into one single bucket and projects a 6% growth in this space. The impending growth in this space represents significant opportunities for electronics and communications engineering students as they prepare for the world of work.

BSc Electronics and Communication Engineering at ACity

Our Electronics and Communication Engineering degree program is developed to provide students with a broad foundation in contemporary practices, strong liberal arts to enhance critical reasoning and communications skills; strong foundations for advanced studies and industrial success in a broad range of industries.

The aim of BSc Electronics and Communication Engineering program is to provide in-depth knowledge of modern design tools to solve real-life problems in the field of Electronics and Communication Engineering, to develop critical thinking, ethical research as well as employability skills in students so as to meet dynamic educational and industrial needs for the betterment of society.

September 2024 Intake Is Open

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Top Careers In Electronics and Communication Engineering

Sudhakar Shinde

A Bachelor's degree in Electronics and Communication Engineering means a career in any of these:

 Audio Engineer - Electricity and Electronics  Research Engineer - Nanoelectronics
 Analogue Amplifier Design Engineer  Broadcasting Professional Engineer
 Electronics Research Engineer  Radio Research Engineer
 Electronics Test Engineer  Electronics Engineer
 Antenna Engineer  Avionics Engineer

Entry Requirements

Minimum C6 in 6 subjects including 3 core subjects (English, Mathematics, Integrated/General Science) and 3 elective subjects. (Physics, Elective Mathematics + Chemistry OR any other elective relevant to the chosen Program)

Minimum D or a pass in 6 subjects including 3 core subjects (English, Mathematics, Integrated/General Science) and 3 elective subjects. (Physics, Elective Mathematics + Chemistry OR any other elective relevant to the chosen Program)

Minimum of 5 credit passes in the IGCSE/O-Levels (Mathematics and English mandatory) and 3 passes in the A-Levels. (Elective/Add/Further Mathematics and Physics mandatory).

Minimum of 5 credit passes in the IGCSE/O-Levels (Mathematics and English mandatory) and a minimum score of 4 points in 3 Higher Level (HL) subjects. (Elective/Add/Further Mathematics and Physics mandatory)

Minimum of 50% overall average pass. (subject to approval NAB) Mathematics, English and Physics mandatory

Minimum GPA of 3.0 (Mathematics, English and Physics mandatory)

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Course Outline

 Communication Skills

 French Language

 Fundamentals of Innovation and Entrepreneurship (FIE) Seminar I

 Introduction to Engineering

 Introduction to Programming with Python

 Physical Sciences

 Pre-Calculus (with MATLAB)

 Technology and Society

 Analytic Geometry and Calculus I (with MATLAB)

 Basic Electronics

 Fundamentals of Innovation and Entrepreneurship (FIE) Seminar II

 Introduction to Multidisciplinary Design

 Logic and Critical Thinking

 Programming in C

 Sensors, Measurements and Instrumentation

 Text and Meaning

 Analog Communication

 Analytic Geometry and Calculus II (with MATLAB)

 Circuit Theory

 Electromagnetic Fields & Waves Theory

 Fundamentals of Innovation and Entrepreneurship I

 Introduction to Material Science and Engineering

 Leadership Seminar I

 African Studies

 Applied Linear Algebra (with MATLAB)

 Data Communication and Computer Networks

 Electrical Machines

 Fundamentals of Innovation and Entrepreneurship II

 Probability, Statistics and Reliability (with MATLAB)

 Solid State Electronic Devices

 Differential Equations(with MATLAB)

 Digital Communication

 Digital Systems Design

 Leadership Seminar II

 Numerical Methods (with MATLAB)

 Signals and Systems

 Systems Dynamics

 Antennas and Wave Propagation

 Automatic Control Systems

 Digital Signal Processing

 Industry Internship

 Microprocessors & Microcontrollers

 Project Management, Engineering Economics and Risk Analysis

 Telecommunications Switching and Networks

 Advanced Digital Signal Processing

 Microwave Engineering

 Mobile Communication

 Optical Communication

 Project Phase I

 Remote Sensing

 Environmental Science and Engineering

 Professional Ethics and Values

 Project Phase II

 Real-Time Digital Signal Processing

 Satellite Communication

 Telecommunication System Modelling and Simulation

September 2024 Intake Is Open

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Our Unique Learning Pillars

  • Experiential Learning

    Hands-on learning to prepare students to readily apply concepts, to easily integrate into the workspace.

  • Contextual Learning

    Solving real grass-root problems to expose students to the local context and develop empathy towards the continent’s progress.

  • Unified Learning

    A project-based approach that combines concepts across courses to connect the dots and enable unified learning.

  • Extensional Learning

    Arms students with a viable toolkit to help them confront real-life issues, they may not have encountered during their academic life, squarely.